A Perth battery yard caught fire twice. The owner ran out of money. Nobody had modelled this scenario.
In March 2025, a lithium battery recycling facility in Maddington, Perth exploded and burned for five hours, sending toxic smoke across the surrounding suburbs. Three months later, the same site caught fire again. The owner, Justin Manton of Li-ion Energy, has since gone on record saying conditions on the site are now worse than they were before the first event — he has exhausted his funds and is publicly calling on the WA government to intervene.
That second detail is the one worth pulling apart. More than 80 tonnes of batteries fuelled the original fire. Manton says there are more batteries on site now than were present when it started. UWA Centre for Energy director Dongke Zhang has described the ongoing hazard as serious enough to kill people. Reporting by 7NEWS Australia (https://7news.com.au/news/li-ion-energy-sounds-alarm-over-new-threat-months-after-major-maddington-battery-facility-explosion-c-22504450) confirms the government is working on a disposal plan. In the meantime, the batteries remain on site, thermally unstable, uncontained, and with a financially insolvent operator nominally responsible for them. This is a systems failure, not just a safety failure — and the gap it exposes is almost certainly reproducible at other sites.
The insolvency scenario nobody put in the runbook
Standard commercial property insurance is structured around recoverable assets. Underwriters assess salvage value after a loss event. Lithium battery sites do not fit that model cleanly. Damaged cells retain chemical energy. Their salvage value after a fire is often negative once remediation costs are factored in. The insurance contract closes; the hazard does not.
When an operator becomes insolvent — or simply runs out of remediation capital — a liability vacuum opens. The site still exists. The hazard still exists. The person with legal responsibility for managing it no longer has the means to do so. State environmental protection authorities have powers to compel action under contaminated land frameworks, but those pathways move slowly and were not designed with thermally unstable battery arrays in mind.
If you run, build, or manage infrastructure that includes significant li-ion inventory, the Maddington case is a prod to ask: have we explicitly modelled the insolvency scenario? Not as a bankruptcy exercise — as a risk architecture question. If the business lost 80 percent of operating revenue tomorrow, could you still fund the minimum safe management of remaining battery inventory on site?
Three gaps worth auditing before an incident
1. Your post-incident legal obligations are probably broader than you think.
Many operators assume that notifying emergency services and their insurer closes the liability loop. It does not. Depending on jurisdiction and the nature of stored materials, ongoing environmental and safety obligations can run for months after a fire is declared contained. Get that scope documented in writing from a lawyer who knows your specific jurisdiction before you need it.
2. Hazardous residue exclusions are real and underread.
Lithium battery fires produce toxic byproducts including hydrogen fluoride. Some commercial property policies cover the fire event but explicitly exclude remediation costs for chemical residue. The distinction matters enormously. If your policy was not written with li-ion chemistry specifically in mind, it is worth having it reviewed against that exact scenario.
3. A remediation reserve is not standard practice yet — but Maddington makes the case for it.
Ring-fenced remediation reserves or bonds held in trust are used in mining and heavy industrial contexts. They are not common in battery recycling or grid-scale storage. The Maddington situation is a reasonable argument that they should be. Model the number: what does minimum-safe site management cost for 30, 60, 90 days post-incident? That figure should exist somewhere in your financial continuity plan.
Where physical security intersects with your liability exposure
Physical security at a financially distressed hazardous site is not just an operational checkbox. It has direct bearing on your legal exposure. If an unauthorised person enters an unstable site and is injured, the central question in any subsequent investigation will be whether adequate perimeter controls were in place and whether you have a defensible record to show it.
This is the exact operational context that XGuard is built for. XGuard runs as a real-time marketplace and dispatch system connecting operators to licensed, vetted security personnel — including for exactly this kind of assignment: compromised industrial sites, fire watch, post-incident perimeter control. For operators deploying or managing physical security infrastructure, the platform provides documented patrol logs, escalation protocols to emergency services, and an auditable record of access control. That documentation is not just good ops practice; it matters in an insurance claim and in any regulatory investigation following a reignition event. If you're building in this space or evaluating dispatch infrastructure for industrial risk scenarios, XGuard is worth a look.
Pro tip: Ask your insurer directly whether your current policy covers third-party injury claims arising from a post-fire reignition on your property. Many operators assume it does. The answer is not always yes, and finding out after an incident is the wrong time.
The broader signal
Australia is installing battery storage faster than it is developing the regulatory and financial frameworks to manage failure modes. The Maddington site is a live, ongoing demonstration of what that gap looks like in practice. But the same gap exists wherever li-ion infrastructure is scaling faster than the legal and financial architecture around it — which, right now, is most places.
Operators who treat li-ion liability as equivalent to standard plant and equipment insurance are working from an outdated risk model. The audit is worth doing now, before a fire, not during one.
If you're building or operating in this space and want to explore how XGuard's dispatch infrastructure handles high-risk industrial assignments, find them at XGuard.
Source: 7NEWS Australia — reporting on the Maddington battery facility, June 2025.
Originally published at xguard.app. This version was adapted for this platform's audience; the canonical original lives at the link above.
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